NSCAD DRAWING LAB

  • Home
  • About
  • Timeline
  • Facilities
  • Technologies
  • Studies
    • Eye Movement
    • Lighting >
      • Pilot Study
      • Published Study
    • 2D vs. 3D Stimuli
    • Stimuli Preferences
    • Self-Reflective
    • Foveal/Peripheral
    • Language & Schema
    • Digital Pedagogy
    • Erasure
    • Future Studies
  • People
  • Ideas
  • Contact
  • Home
  • About
  • Timeline
  • Facilities
  • Technologies
  • Studies
    • Eye Movement
    • Lighting >
      • Pilot Study
      • Published Study
    • 2D vs. 3D Stimuli
    • Stimuli Preferences
    • Self-Reflective
    • Foveal/Peripheral
    • Language & Schema
    • Digital Pedagogy
    • Erasure
    • Future Studies
  • People
  • Ideas
  • Contact

Timeline

Milestones of the NSCAD Drawing Lab,
​1998 to present
1990s 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024
February – April:
Cintiq pen display in the classroom – Research assistant Jack Wong incorporates a Cintiq 22HD pen display extensively while teaching a NSCAD Extended Studies course, "Extreme Measuring" (on visual measurement techniques and processes for accurate observational drawing). Wong explores various uses of the Cintiq in classroom demonstrations, providing further qualitative observations to inform the lab's ongoing project on the pedagogical applications of the digital pen display.
July:
​

Completion of Foveal/Peripheral Study, Phase 1 - Phase 2 begins ​– The first phase of our extensive study on the contributions of central versus peripheral vision in observational drawing is completed. Phase 1 involved developing software and protocols around eye-tracking technology for "masking" the different parts of vision, with experimental subjects completing a purely perceptual task under these conditions as a proof of concept. The results, summarized for a forthcoming paper "On the roles of central and peripheral vision in the extraction of global and local information from a scene," informs the next phase involving a drawing task, which is currently underway.
September:
Filter Study – After initial pilots and discussion, testing begins for a parallel study to the foveal/peripheral experiment (above) employing image manipulation filters corresponding to high/low-frequency pathways in vision.
Powered by Create your own unique website with customizable templates.